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    • 3. 发明授权
    • Lithium battery pack
    • 锂电池组
    • US08183836B2
    • 2012-05-22
    • US12716953
    • 2010-03-03
    • Kazuhiko FunabashiNobuhiro Takano
    • Kazuhiko FunabashiNobuhiro Takano
    • H02J7/00G01N27/416G08B21/00
    • H02J7/0031
    • In a battery pack which comprises: a battery set composed of two or more lithium battery cells connected in series; a first protection circuit including a first voltage detect part for detecting the voltage(s) of a part of the two or more battery cells, and a first signal output part for issuing an output signal when a detect voltage detected by the first voltage detect part goes below a given over-discharge judgment voltage value; a second protection circuit including a second voltage detect part for detecting the voltage(s) of another part of the two or more battery cells, and a second signal out part for issuing an output signal when the detect voltage of the battery cell detected by the second voltage detect part goes below a given over-discharge judgment voltage value; and, a switch which is connected to the current path of the battery set and can be turned on or off according to the output signals of the first and second signal output parts and, there is further provided dead time means connected between the second signal output part of the second protection circuit for issuing an output not responding to a variation in an input signal occurring within a given time.
    • 一种电池组件,包括:串联连接的两个或多个锂电池单元组成的电池组; 第一保护电路,包括用于检测两个或更多个电池单元的一部分的电压的第一电压检测部分和用于当由第一电压检测部分检测到的检测电压时发出输出信号的第一信号输出部分 低于给定的过放电判定电压值; 第二保护电路,包括用于检测两个或更多个电池单元的另一部分的电压的第二电压检测部分,以及当由所述电池单元检测到的电池单元的检测电压时发出输出信号的第二信号输出部分 第二电压检测部分低于给定的过放电判断电压值; 以及连接到电池组的电流路径并且可以根据第一和第二信号输出部分的输出信号而接通或断开的开关,并且还提供连接在第二信号输出端 用于发出不响应在给定时间内发生的输入信号的变化的输出的第二保护电路的一部分。
    • 5. 发明授权
    • Lithium battery pack
    • US07626361B2
    • 2009-12-01
    • US11710482
    • 2007-02-26
    • Kazuhiko FunabashiNobuhiro Takano
    • Kazuhiko FunabashiNobuhiro Takano
    • H02J7/00G01N27/416G08B21/00
    • In a battery pack which comprises: a battery set composed of two or more lithium battery cells connected in series; a first protection circuit including a first voltage detect part for detecting the voltage(s) of a part of the two or more battery cells, and a first signal output part for issuing an output signal when a detect voltage detected by the first voltage detect part goes below a given over-discharge judgment voltage value; a second protection circuit including a second voltage detect part for detecting the voltage(s) of another part of the two or more battery cells, and a second signal output part for issuing an output signal when the detect voltage of the battery cell detected by the second voltage detect part goes below a given over-discharge judgment voltage value; and, a switch which is connected to the current path of the battery set and can be turned on or off according to the output signals of the first and second signal output parts and, there is further provided dead time means connected between the second signal output part of the second protection circuit for issuing an output not responding to a variation in an input signal occurring within a given time.
    • 8. 发明申请
    • BATTERY CHARGER
    • 充电器
    • US20090033291A1
    • 2009-02-05
    • US12281233
    • 2007-03-02
    • Takao AradachiKazuhiko Funabashi
    • Takao AradachiKazuhiko Funabashi
    • H02J7/00
    • H02M1/36H02J7/0077
    • A charging signal Vi responding to a charging current is inputted to one input terminal (−) of an operational amplifier 95 forming a comparator and a setting signal Vr corresponding to a setting current value is inputted to the other input terminal (+) of the operational amplifier 95. When the charging signal Vi is not higher than the setting signal Vr, a charging stop signal is generated from the output terminal of the operational amplifier 95 to interrupt a switch unit 4. A starting signal Vcc larger than the setting signal Vr applied to the other input terminal (+) is applied to the one input terminal (−) of the operational amplifier 95 through a condenser 94 till a prescribed time elapses from the start of a charging operation to generate a charging start signal from the output terminal of the operational amplifier 95 and electrically conduct the switch unit 4.
    • 将响应于充电电流的充电信号Vi输入到形成比较器的运算放大器95的一个输入端( - ),并将与设定电流值对应的设定信号Vr输入到运算放大器的另一输入端(+) 放大器95.当充电信号Vi不高于设定信号Vr时,从运算放大器95的输出端产生充电停止信号以中断开关单元4.启动信号Vcc大于施加的设定信号Vr 通过电容器94向另一输入端(+)施加到运算放大器95的一个输入端( - ),直到从充电操作开始经过规定时间,从而从输出端产生充电开始信号 运算放大器95和导电开关单元4。